AM1ON establishes an Energy Standard that links monetary value to verified physical energy without replacing existing monetary systems.
AM1ON links energy and monetary value through a sovereign, institution-first framework designed to operate alongside existing monetary systems while preserving monetary sovereignty.
The Principle of Absolute Nominal Parity establishes a one-to-one relationship between verified energy and its digital representation.
AM1ON represents verified energy through two complementary states of value and is designed to operate alongside existing financial and regulatory infrastructure.
Production Value and Savings Value are recorded through a blockchain-based ledger, providing a transparent and auditable record of verified energy and contractual settlement.
The contractual price of verified energy is established at the beginning of the contract and remains fixed for its agreed duration.
Monetary issuance remains under the authority of the relevant monetary institution. The market does not determine the contractual value established between participating parties.
AM1ON derives its underlying value from verified physical energy production and savings rather than speculative trading or market sentiment.
AM1ON is designed around direct contractual relationships between the State and participating energy producers, supported by a blockchain-based verification and settlement layer.
Physical energy produced, imported or saved through verified efficiency measures is measured and independently verified at its source.
Verified energy is recorded as AM1ON units on the ledger, establishing the one-to-one relationship between the verified kWh and its digital representation.
Production and Savings Value are established through contracts between participating energy producers and the State, with the contractual price fixed for the agreed duration.
The monetary authority uses that verified output to issue currency within a parallel economy — sovereign, start to finish.
AM1ON doesn't compete with existing monetary systems — it runs alongside them, fully sovereign and fully compatible.
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